New ML models accurately forecast survival and recovery time in dogs with parvovirus, promising an early-warning tool for veterinarians.

Read more ...

A landmark experiment realizes logical magic state distillation on a neutral-atom quantum processor, overcoming a key barrier to universal, fault-tolerant quantum computing.

Read more ...

AI‑driven tools and frameworks are revolutionizing cloud‑native microservices by automating resource optimization, enhancing security, and simplifying orchestration.

Read more ...

Augmented and virtual reality are increasingly integrated into facility management and AEC workflows for immersive planning, training, and stakeholder engagement.

Read more ...

AI‑driven predictive maintenance is transforming facilities management with proactive upkeep, optimized energy use, and reduced downtime in recent months.

Read more ...

Leading technology firms unveil AI‑enabled IoT gateways and low‑latency edge zones, signaling a new era of real‑time analytics and network efficiency.

Read more ...

New photothermal, catalytic, and gradient‑aware methods are set to revolutionize additive manufacturing by enabling rapid, energy‑efficient, and bespoke composite and graded‑material builds.

Read more ...

Microsoft’s Majorana 1 topological qubit chip offers a promising new approach to suppressing errors in quantum computing, but researchers remain divided on whether the data conclusively demonstrates true topological protection.

Read more ...

Explore how 2025’s quantum machine learning innovations—from hybrid variational circuits to photonic processors—are transforming AI research and real‑world applications.

Read more ...

Explore how advanced 3D printing materials—such as carbon fibre composites and conductive polymers—are revolutionizing manufacturing processes in the UK, offering enhanced durability, performance, and sustainable solutions for industry and retail.

Read more ...